Zero-Trust AI Architecture • SOC 2 Type II Certified

Uncompromising security.
Zero data retention.

Testiva AI is engineered from the kernel up for security-first organizations. Your proprietary source code, staging environments, and user data are isolated inside ephemeral MicroVMs and never used to train AI models.

Test Live PII Scrubber
Live Enclave Telemetry • Ephemeral Isolation Pipeline
TLS 1.3 / mTLS AES-256-GCM
01 • Source

Your Private Staging

Connected via outbound-only WireGuard tunnel or AWS PrivateLink.

Inbound Ports: 0 Verified
02 • Edge Filter

Zero-Leak PII Scrubber

Strips tokens, secrets, & PII in-memory before VLM frame capture.

Redaction: Active <1.2ms
03 • Compute

Stateless VLM Node

Dedicated single-tenant GPU inference with zero weight updates or logging.

Model Training: OFF 0B Saved
04 • Teardown

MicroVM Destruction

Firecracker sandbox & ephemeral keys are wiped immediately post-run.

RAM Sanitized 40ms TTL
SOC 2 Type II
Audited Annually
ISO 27001
Certified ISMS
GDPR & CCPA
EU/US Data Residency
HIPAA Ready
BAA Available
OWASP Top 10
Continuous Fuzzing
Zero Training
Contractual SLA
Client-Side Memory Sanitization

Sensitive data never reaches the AI.

Before our Vision-Language Model inspects a screenshot or DOM tree, Testiva's deterministic Edge Scrubber intercepts and hashes PII, payment cards, Bearer tokens, and `.env` secrets inside the headless browser process.

Automatic regex + entropy detection for API keys & JWTs
Gaussian pixel-blurring on `` DOM nodes
Zero raw credentials stored in session replays or bug logs
edge-scrubber-interceptor.ts
PII SHIELD ACTIVE
Customer Billing Profile (DOM Snapshot) Node #402
USER EMAIL (PII)
[REDACTED_EMAIL_SHA256:8f9a]
PAYMENT METHOD (PCI-DSS)
•••• •••• •••• [MASKED_PAN]
Intercepted Network Request Headers 4 Secrets Scrubbed
POST /v1/payments/charge HTTP/2
Authorization: Bearer [TESTIVA_VAULT_TOKEN_REDACTED]
X-Stripe-Secret: sk_live_[REDACTED_HIGH_ENTROPY_KEY]
X-Customer-SSN: [PII_MASKED_SSN]
Defense-in-Depth Infrastructure

Built for CISO approval.

Every layer of Testiva AI is designed to pass the strictest enterprise vendor risk assessments in FinTech, Healthcare, and Defense.

Strict Zero-Training Guarantee

We never train, fine-tune, or share foundation models using your application's DOM, screenshots, network payloads, or source code. Our inference endpoints operate under zero-data-retention (ZDR) agreements with isolated memory buffers.

Legally Binding DPAs Zero Prompt Caching Dedicated Tenant Keys

Ephemeral MicroVMs

Every test execution boots an isolated AWS Firecracker MicroVM with its own dedicated Linux kernel. The moment your test suite finishes, the virtual machine and its encrypted block storage are cryptographically shredded.

VM Lifecycle: Single-Run Hardware Virtualized

VPC & Air-Gapped Runners

Don't want to expose your staging environment to the public internet? Deploy our lightweight Docker runner directly inside your Kubernetes cluster or connect via AWS PrivateLink and Cloudflare Tunnels.

AWS PrivateLink K8s Helm Chart Static Egress IPs

Least-Privilege Git & Enterprise RBAC

Testiva can test your application using only a staging URL—zero repository access required. When enabling Auto-PR Fixes, our GitHub/GitLab app uses short-lived tokens scoped strictly to PR branches, never touching `main` without human approval.

SAML 2.0 / Okta / Entra ID SIEM Audit Log Streaming
Autonomous Pentesting on Every PR

We also secure the software you ship.

Beyond protecting your infrastructure, Testiva AI's dedicated Security Agent acts as an automated penetration tester on every commit—catching critical vulnerabilities before they reach production.

SQLi & XSS Fuzzing

Injects context-aware payloads into every input, URL param, and GraphQL mutation.

IDOR & Auth Matrix

Replays Tenant A's API requests using Tenant B's session JWT to verify strict isolation.

Secret Leak Detection

Scans client JS bundles and network responses for accidentally exposed private keys.

CORS & CSP Audits

Verifies strict `Content-Security-Policy`, `Strict-Transport-Security`, and cookie flags.

Enterprise Control Matrix

Live verification of Testiva AI security controls

32/32 Passing
Data Encryption at Rest AES-256 (AWS KMS)
Data Encryption in Transit TLS 1.3 (PFS)
AI Model Data Retention 0 Seconds (Stateless)
Vulnerability Disclosure / Bug Bounty Active (HackerOne)
External Penetration Testing Quarterly (Cure53)
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Ready for a security review?

Access our SOC 2 Type II report, architecture whitepaper, or schedule a call with our security engineering team.

Try Live Sandbox Demo